.. py:function:: min(fs)
.. py:function:: min(fs, other_fs)
.. py:function:: min(fs, value)
.. py:function:: min(fs, gpt)
Computes the point-wise minimum of ``fs``.
:param fs: input fieldset
:type fs: :class:`Fieldset`
:param other_fs: another input fieldset
:type other_fs: :class:`Fieldset`
:param number value: input numerical value
:param gpt: input geopoints data
:type gpt: :class:`Geopoints`
:rtype: :class:`Fieldset` or :class:`Geopoints`
The actual behaviour of :func:`min` depends on the arguments:
* if ``fs`` is the only argument :func:`min` returns a :class:`Fieldset` with a single field containing the minimum value of ``fs`` at each grid point or spectral coefficient. A missing value anywhere in ``fs`` will result in a missing value in the corresponding place in the output.
* if ``other_fs`` is specified :func:`min` returns a :class:`Fieldset` containing the minimum of ``fs`` and ``other_fs`` at each grid point or spectral coefficient. A missing value anywhere in ``fs`` or ``other_fs`` will result in a missing value in the corresponding place in the output.
* if ``value`` is specified :func:`min` returns a :class:`Fieldset` containing the minimum of ``fs`` and ``value`` at each grid point or spectral coefficient. A missing value anywhere in ``fs`` will result in a missing value in the corresponding place in the output.
* if ``gpt`` is specified :func:`min` returns a :class:`Geopoints` containing the minimum of ``fs`` and ``gpt`` at each location in ``gpt``. A missing value anywhere in ``fs`` or ``gpt`` will result in a :class:`Geopoints` missing value in the corresponding place in the output.
.. py:function:: min(nc, nc_other)
.. py:function:: min(nc, value)
Returns the :class:`NetCDF` of the minumum value of ``nc`` and ``nc_other`` or ``value``.
:param nc: input nectdf
:type nc: :class:`NetCDF`
:param nc_other: another input nectdf
:type nc_other: :class:`NetCDF`
:param value: value
:type value: number
:rtype: :class:`NetCDF`
.. mv-minigallery:: min